KichevaLab

Developmental Biology lab @ISTAustria. Cell diversification and tissue growth regulation during development.

[KichevaLab @KichevaLab]

1/n Our papers on BMP signaling dynamics in the neural tube and protocol for 2D neural tube organoids are out!

🔬🧫 https://t.co/nL4O9et01W

👩‍🔬⚙️https://t.co/ievdB6bWHh

Work by @Steffi Lehr, @d_brueckner, @jmerrin, @EdouardHannezo, @KichevaLab.

[ISTAustria @ISTAustria]

Anna Kicheva and Florian Schur promoted to professors.
@KichevaLab researches pattern formation & size regulation in animal organs, focusing on the developing vertebrate spinal cord. @SchurLab explores the structural biology of cell migration and viral infection. Congratulations!

[ISTAustria @ISTAustria]

Congratulations on the new publications.

Read more 🔗 https://t.co/pmPfb9EY7w

[KichevaLab @KichevaLab]

9/n Many thanks to everyone involved including the ISTA facilities.

[KichevaLab @KichevaLab]

1/n Our papers on BMP signaling dynamics in the neural tube and protocol for 2D neural tube organoids are out!

🔬🧫 https://t.co/nL4O9et01W

👩‍🔬⚙️https://t.co/ievdB6bWHh

Work by @Steffi Lehr, @d_brueckner, @jmerrin, @EdouardHannezo, @KichevaLab.

[KichevaLab @KichevaLab]

8/n This way, the initial BMP signaling information is temporally relayed, making neural tube development temporally organized while allowing the pathway to be reused in different contexts.

[ISTAustria @ISTAustria]

Dreaming of pursuing a PhD where you can follow your curiosity and benefit from support? Our fully-funded program offers just that and more. Work in top facilities and get mentorship from world-class scientists in an international environment. Apply now!🔗 https://t.co/V424G3PuuJ

[KichevaLab @KichevaLab]

🚨We are recruiting!🚨
We are currently looking for postdoctoral researchers to join our group to investigate events during early development of the neural tube. Sound interesting?
See more: https://t.co/VLgDXgi2Ua

[KichevaLab @KichevaLab]

7/7 For more details check out the paper https://t.co/MVjb951wKb.
Special thanks to everyone involved, including our collaborator Marcin Zagorski, and the facilities at
@ISTAustria .

[KichevaLab @KichevaLab]

Our paper “Dynamics of morphogen source formation in a growing tissue”
with first authors R. Ho and K. Kishi is published in @PLOSCompBiol 🎉
We show that the floor plate of the vertebrate neural tube forms in two phases: rapid specification followed by growth.
🧵1/7

[KichevaLab @KichevaLab]

6/7 This mechanism of source formation in which specification and growth are temporally separated, could provide scaling of morphogen gradient
amplitudes with tissue growth.